The purpose of this study is to explore the possibility of interpreting the Thematic Apperception Test (TAT) in constructivist terms. This research project involved a qualitative approach, focusing on abductive discovery and phenomenological critique. From constructivist theory, the core ordering processes of reality, identity, power, value, and relatedness were used to interpret a subject's TAT narratives. The author of the study chose one subject from the three with which he worked to present a case study. Chapter One of the research project reviews the literature of both TAT studies and constructivist theory. The author first discussed reliability and validity studies involving the TAT. Second, the author discussed constructivist theory, focusing on its philosophical antecedents and its theoretical framework. Chapter Two of the project establishes the methods and procedures utilized during the project. The core ordering processes as taken from constructivist theory are defined and discussed in detail. Chapter Three represents the bulk of the study, presenting the results and discussion of the results. Following a discussion of the results, the author critiqued the results, and based on the critique discussed procedural changes and implications for future research.

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While both public opinion and scholars around the world are currently pointing out the danger of increasingly popular life-logging devices, this book articulates this debate by distinguishing between automatic and manual life-logging approaches. Since new definitions of life-logging have excluded the latter approach and have been mainly focused on effortless life-logging technologies such as Google Glass and Quantified Self applications in general, the second part of this thesis theoretically frames life-stowing.Through extensive etymological research, I have defined life-stowing as a manual and effortful practice conducted by life-stowers, individuals who devote their life to sampling reality in predefined frameworks. As part of this book, an historical overview introduces life-stowers and distinguishes between Apollonian and Dionysian varieties of these practitioners. Lastly, in order to understand the future reception of life-stowing, particularly in relation to digital media, I have disclosed my ongoing life-stowing project to a small audience. / Den samtida samhälls- och forskningsdebatt, där de allt mer populära teknologierna för life-logging ofta framställs som farliga, vidgas och utvecklas i denna bok genom ett särskiljande av automatiska och manuella tekniker för life-loggning. Eftersom nya definitioner av life-loggning i stor utsträckning har exkluderat manuella tekniker och fokuserat på egenmätning som inte kräver så mycket av användaren, såsom GoogleGlass, innehåller avhandlingen också ett teoretisk utforskande av begreppet lifestowing. Genom omfattande etymologisk forskning definieras life-stowing i avhandlingen som en manuell och ansträngande praktik utförd av life-stowers, personer som vigt sina liv åt att samla och spara bitar av verkligenheten enligt fördefinierade ramar. I den historiska översikten introduceras två typer av life-stowers, den Apollonianska och den Dionysiska. Slutligen, för att förstå det framtida mottagandet av life-stowing i relation till digitala medier, presenteras författarens egna life stowingprojekt för en mindre publik.

The aim of this study was to investigate how well pre-service teachers are being prepared by the Computers in Education course to integrate computers into their teaching methods by the Faculty of Education at the Instituto Superior de Ciências de Educação (ISCED) in Lubango, Angola. The study used a constructivist learning event devised by the researcher to assess how well the selected sample of pre-service teachers were able to use computers and the Internet to fulfil a series of tasks contained in the constructivist learning event under carefully controlled research conditions. After they had completed these tasks under experimental conditions, the researcher and her two assistants used various means to assess the performance of the participating groups in these activities. A qualitative case study approach was used for this study. The case study took place at ISCED in Lubango because ISCED is the only institution of higher education in Angola that uses computers to prepare pre-service teachers to integrate computer technology with their teaching. The course in which this takes place is known as the Computers for Education course. Twenty-one pre-service teachers and the two Information and Communication Technology (ICT) teachers of the Computers for Education from ISCED participated voluntarily in the study. The data collection instruments used included questionnaires for the pre-service teachers and ICT teachers; observation checklists for the pre-service teachers; interviews of pre-service teachers and ICT teachers, and scoring rubrics for the pre-service teachers’ task assessment documents. The data analysis method used in this study was that of interpretive analysis. The theoretical framework used to scaffold this study was the theory of constructivism devised by Bruner (1966). Bruner states that constructivism is the “theory of learning, where learning is seen as an active process in which students construct new ideas or concepts based upon their current or past knowledge”. In constructivist learning events of this kind, students select and transform information, construct hypotheses and make their own decisions in reliance upon their own cognition and previous knowledge and experience. Cronjé’s Model of Four Quadrants (2000), which enables a researcher to plot objectivism as complementary to constructivism, was used by the researcher as the basis for an analysis of data. The Model of Four Quadrants describes how learning theories such as behaviourism and constructivism exist as opposites in the quadrant upon which the model is based. An objectivist or behaviourist approach to teaching and learning assumes that knowledge exists essentially and independently outside the minds of both learners and teachers, and behaviourist methods of teaching effect a transfer of objective knowledge from the mind of the teacher to the mind of the student. In contrast to this, the constructivist approach is based on the assumption that all meanings are subjectively constructed in the human mind, and that learners acquire knowledge (and therefore education) by creating their own meanings while engaging in the solution of authentic learning tasks devised by the teacher. Constructivism does not recognise the existence of any kind of objectively independent shared reality that can be transferred materially from one mind to another. Although these two approaches are radically different from one another, and although they exist conceptually as polar opposites in Cronjé’s Model, elements from both models can be utilised to achieve a desired learning outcome. What the researcher has suggested in her analysis, conclusions and recommendations is that elements from both learning theories described in the model can be successfully used to teach ISCED students how to integrate computer technology into their teaching. Current teaching and learning practices at ISCED are predominantly behaviourist in method and outcomes since the ICT teachers at ISCED use mainly the lecture method for teaching. For formative assessment, the present teachers use question and answer methods. For summative assessment, they use multiple-choice questions, schedules that require students to insert information into blank spaces, projects, and essay-type questions. In contrast to this, they use learner-centred constructivist forms of teaching such as projects, group work and verbal expression of appreciation to encourage learner performance. The teaching of the Computers in Education course at ISCED may therefore be said to combine both behaviourist and constructivist methods of teaching. / Dissertation (MEd (Computer Integrated Education))--University of Pretoria, 2007. / Curriculum Studies / MEd / unrestricted

Many students have problems learning stoichiometry, a complex mathematical chemistry concept used to determine how much product will be produced or formed from a given quantity of reactants. The problem addressed in this study was teachers' lack of understanding of how to teach stoichiometry in a Midwestern urban school district. The conceptual framework of the study was based upon constructivist theory. A qualitative narrative approach was used to obtain the perceptions of 5 high school chemistry instructors related to their experiences, successful or unsuccessful, in teaching stoichiometry to students in Grades 10 and 11. Data were gathered through face-to-face interviews, which were analyzed via an inductive approach to reveal 6 themes: a difficult subject to teach, presentation of stoichiometry, relevancy, students' reactions, barriers, and gender differences. Findings suggested the need for teachers to be knowledgeable, creative, and resourceful in their subject areas to help their students to learn stoichiometry. Findings also revealed the need for teachers to adapt their instructional strategies and modes of delivery to reflect their students' individual learning styles. Understanding how the participating teachers explained stoichiometry to their students might help other chemistry teachers to examine and adapt their own instructional styles and delivery methods of the concept. This understanding might, in term, help to improve student achievement in stoichiometry in particular and chemistry in general.

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The study investigated the impact of computer simulations on the teaching and learning of electromagnetism in grade 11. Electromagnetism is a section of the Physical Science curriculum. Two grade 11 classes in the Mgwenya circuit in Mpumalanga province of South Africa were used as a case study. Using a pre-test, post-test non-equivalent control group design, it was found that learners in the experimental group (n = 30) who were taught using the simulations achieved significantly higher scores on the post-test than learners in the control group (n = 35) who were taught using traditional teacher-centred teaching method; (t statistic = 3.582, df = 56, p<0.05). Learners were more active during the lessons, predicting, observing, discussing and explaining concepts. The use of simulations also provided support (scaffolding) that the learners need to enhance learning. The Hake’s normalized gain for the experimental group <g> = 0.32 compared to <g> = 0.18 for the control group confirmed conceptual improvement. Both teachers and learners indicated that they accept the use of computer simulations in teaching and learning of electromagnetism. / Science and Technology Education / M. Sc. (Mathematics, Science and Technology Education)

Inclusive education within the United Arab Emirates has started to gain momentum and the roles of teachers have become more challenging. This study investigated teacher views surrounding the inclusion of SEN students into mainstream schools. A qualitative exploratory research design was employed and the social constructivist theory was used as a framework for the research. Purposive sampling was employed, and a total of seven teachers and four parents participated in the study. Thematic analysis was used and findings suggested that UAE teachers experienced various challenges due to the inclusion of SEN students into their schools. Some of the challenges included: lack of professional development, lack of managerial support, parental demands, cultural barriers and the lack of collaborative opportunities. The study recommended varied professional development workshops aimed at developing an understanding of SEN and inclusion within the UAE context. / Psychology / M.A. (Psychology)

This dissertation surveyed the validities of teaching the chemistry of water purification in South African schools using locally available materials (LAM) through the scientific inquiry (SI) approach. The researcher randomly selected four secondary schools that provided a small and purposive study sample of thirty-two Grade 11 learners and four teachers. The research design applied a mixed-method approach, consisting of qualitative and quantitative methods of data collection. Within this approach, the outcome of SI instruction that integrated LAM was compared with that of conventional instruction through a quasi-experimental control groups design. The researcher identified in the analysis of interviews and questionnaires the most complex aspects of the chemistry of water purification for learners to understand as redox reactions, acid-base systems, precipitations, and chlorination. However, the use of LAM through the scientific inquiry approach made it easier for learners to understand the concepts. The high mean scores ( =80.88; SD=10.28) in Research-based Test 2 (RBT2), of the experimental groups taught through SI signified that those learners immensely benefited from an active and collaborative learning environment. The lowly scores ( =61.69; SD=4.21) of control groups could be attributed to a linear and passive participation of learners in the conventional classroom instruction. The marks of the two groups in post-test RBT2 were paired and contrasted using GraphPad software. The results showed that t =6.699, df =21 with a significant value of 0.0001, which is less than 0.05 (p<0.05), hence it can be inferred that the difference between the means of the two groups was not only statistically important but also worth an explanation. The higher performance scores in RBT2 and the Rubric Assessment Tool (RAT) in experimental groups represents that the intervention was successful in the implementation of instructional design in the the study. In addition, the learners had mastered the crucial aptitudes that included self-discipline in understanding, cooperative learning, searching relevant text on topic, hands-on or laboratory practice and logical thinking in problem solving by working through the SI activities that used LAM. / Mathematics, Science and Technology Education / M. Sc. (Mathematics, Science and Technology Education with specialization in Chemistry Education)

This dissertation surveyed the validities of teaching the chemistry of water purification in South African schools using locally available materials (LAM) through the scientific inquiry (SI) approach. The researcher randomly selected four secondary schools that provided a small and purposive study sample of thirty-two Grade 11 learners and four teachers. The research design applied a mixed-method approach, consisting of qualitative and quantitative methods of data collection. Within this approach, the outcome of SI instruction that integrated LAM was compared with that of conventional instruction through a quasi-experimental control groups design. The researcher identified in the analysis of interviews and questionnaires the most complex aspects of the chemistry of water purification for learners to understand as redox reactions, acid-base systems, precipitations, and chlorination. However, the use of LAM through the scientific inquiry approach made it easier for learners to understand the concepts. The high mean scores ( =80.88; SD=10.28) in Research-based Test 2 (RBT2), of the experimental groups taught through SI signified that those learners immensely benefited from an active and collaborative learning environment. The lowly scores ( =61.69; SD=4.21) of control groups could be attributed to a linear and passive participation of learners in the conventional classroom instruction. The marks of the two groups in post-test RBT2 were paired and contrasted using GraphPad software. The results showed that t =6.699, df =21 with a significant value of 0.0001, which is less than 0.05 (p<0.05), hence it can be inferred that the difference between the means of the two groups was not only statistically important but also worth an explanation. The higher performance scores in RBT2 and the Rubric Assessment Tool (RAT) in experimental groups represents that the intervention was successful in the implementation of instructional design in the the study. In addition, the learners had mastered the crucial aptitudes that included self-discipline in understanding, cooperative learning, searching relevant text on topic, hands-on or laboratory practice and logical thinking in problem solving by working through the SI activities that used LAM. / Mathematics, Science and Technology Education / M. Sc. (Mathematics, Science and Technology Education with specialization in Chemistry Education)